In the formation of a chloride ion, from an isolated gaseous chloride atom. 3.8 eV energy is released, which would be equal to__________.

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Answer 1

3.8 eV energy is released on adding one electron so this is the same amount which will be needed to remove the same electron. Hence, we can say that Ionisation potential of $C l^{-}$ is 3.8 eV.

Answer 2

3.8 eV energy is released on adding one electron so this is the same amount which will be needed to remove the same electron. Hence, we can say that Ionisation potential of

C l^{-}

is 3.8 eV.

In the formation of a chloride ion, from an isolated gaseous chloride atom. 3.8 eV energy is released, which would be equal to__________.

electron affinity of $C l^{-}$

ionisation potential of Cl

electronegativity of Cl

ionisation potential of $C l^{-}$

3.8 eV energy is released on adding one electron so this is the same amount which will be needed to remove the same electron. Hence, we can say that Ionisation potential of $C l^{-}$ is 3.8 eV.

The energy released when an electron is added to a neutral gaseous atom is called :

In which process energy is release?

If true enter 1, else enter 0. Conversion of chlorine atom into chloride ion is an exothermic process.

The energy released when an electron is added to a neutral gaseous isolated atom to form a negatively charged ion is called as:

The energy released when an electron is added to the valence shell of a neutral, gaseous, isolated atom is called

Revise with Concepts

Trends in Atomic Radius and Ionic Radius

Trends in Ionisation Enthalpy

Trends in Electron Gain Enthalpy

Trends in Electronegativity

In the formation of a chloride ion, from an isolated gaseous chloride atom. 3.8 eV energy is released, which would be equal to__________.

electron affinity of Cl−

ionisation potential of Cl

electronegativity of Cl

ionisation potential of Cl−

3.8 eV energy is released on adding one electron so this is the same amount which will be needed to remove the same electron. Hence, we can say that Ionisation potential of Cl− is 3.8 eV.

The energy released when an electron is added to a neutral gaseous atom is called :

In which process energy is release?

If true enter 1, else enter 0. Conversion of chlorine atom into chloride ion is an exothermic process.

The energy released when an electron is added to a neutral gaseous isolated atom to form a negatively charged ion is called as:

The energy released when an electron is added to the valence shell of a neutral, gaseous, isolated atom is called

Revise with Concepts

Trends in Atomic Radius and Ionic Radius

Trends in Ionisation Enthalpy

Trends in Electron Gain Enthalpy

Trends in Electronegativity

electron affinity of $C l^{-}$

ionisation potential of $C l^{-}$

3.8 eV energy is released on adding one electron so this is the same amount which will be needed to remove the same electron. Hence, we can say that Ionisation potential of $C l^{-}$ is 3.8 eV.